High Yield 6 Flashcards

(259 cards)

1
Q

What is a pulmonary contusion?

A

Syndrome following blunt chest trauma of CP + resp difficulty w/ confirmation on imaging

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
2
Q

Sx of pulmonary contusion

A

Usually within hours of injury, peak at 72hrs, resolves within 1 wk
SOB, CP, hemoptysis

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
3
Q

Physical for pulmonary contusion

A

Serial vitals
Palpable + pleuritic CP
Auscultation usually normal (consider hemothorax if lung sounds abnormal)
Inspect naso-oro-pharynx for bleeding
Clear C spine
Abdo exam

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
4
Q

CXR findings for pulmonary contusion

A

peripheral infiltrate in area of trauma when significant contusion occurs:
Generally seen within 6 hr but may take up to 48 hr for radiographic changes
The infiltrate may not correlate to lobular architecture.

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
5
Q

DDx for pulmonary contusion

A

Pulmonary emboli
Traumatic pneumothorax or hemothorax
Diaphragmatic, splenic, or hepatic injury
Pulmonary laceration or hematoma
Spontaneous pneumothorax
Rib fracture or contusion
Naso-oropharyngeal trauma

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
6
Q

Management of pulmonary contusion

A

ABCs
C spine
Transport if SOB
O2
Condition self resolves, rest from strenuous exercise
RTP: 1-2 wks if no SOB or hemptysis

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
7
Q

Complications of pulmonary contusion

A

Posttraumatic empyema
ARDS
Pneumonia

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
8
Q

Prevention of pulmonary contusion

A

Protective equipment + padding
Seat restraints in motor sports

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
9
Q

RF for pulmonary contusion

A

Collision/contact sports
Sports with high speeds or where the athlete is airborne:
Cycling, equestrian, winter sports, auto and motorcycle racing, extreme sports, and so forth

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
10
Q

Sx of splenic trauma

A

LUQ pain, left shoulder pain

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
11
Q

Physical for splenic trauma

A

vitals, postural vitals
Auscultate + palpate abdo
Cullen sign - discoloration of periumbilical area (sign of intra-abdominal bleeding)
Turner sign - discoloration of flank (sign of intra-abdominal bleeding)

Spleen exam:
Place the patient in the right lateral decubitus position, permitting gravity to anteriorly displace the spleen.
Ensure that the patient’s hips and knees are flexed to relax the abdominal muscles.
Proceed with gentle palpation during deep inspiration.
Palpation of the spleen over 2 cm below the left costal margin is an abnormal finding in adults.

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
12
Q

Ix for splenic trauma

A

CBC, lytes, type + crossmatch, serial Hb
Thoracic + pelvic XR
CT abdo pelvis if stable
If unstable, FAST

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
13
Q

DDx for splenic trauma

A

Rib fracture
Diaphragmatic injury
Thoracic aorta rupture
Peritonitis due to liver injury or ruptured hollow viscus
Rectus sheath hematoma
Spontaneous splenic rupture secondary to splenomegaly associated with infectious mononucleosis

Splenomegaly with rupture secondary to:
Congestion: liver disease
Infiltration: amyloidosis; hematologic malignancies such as leukemia, lymphoma, myeloproliferative disorder
Inflammation: acute or chronic such as HIV, tuberculosis, parasitic diseases
Extramedullary hematopoiesis

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
14
Q

Management inc RTP of splenic trauma

A

Conservative (monitoring) vs surgical
If splenectomy, imms administered 2 wks post op
Consider abx prophylaxis
RTP - 8-10 wks

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
15
Q

Complications of splenic trauma

A

Delayed rupture
Splenic pseudocyst
Overwhelming postsplenectomy infection

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
16
Q

MOI + sx of renal trauma

A

MOI
Usually direct impact to abdo or flank, blow to back, fall from height or rapid deceleration

Hx - Gross hematuria

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
17
Q

Physical for renal trauma

A

Vitals
Abdo exam

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
18
Q

Ix for renal trauma

A

CBC, Cr, eGFR
UA
CT abdo pelvis

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
19
Q

DDx for hematuria

A

Glomerular disease (post infectious, SLE, vasculitis, HUS, TTP, Alport’s syndrome, meds)
Hydronephrosis
Polycystic kidney disease
Trauma
Urethral stricture
Urogenital stones
Urogenital neoplasms
Hematologic disorders (e.g., sickle cell disease or trait, Renal artery thrombus, coagulopathies)
Connective tissue disease, inflammation
Infection (UTI, pyelonephritis)
Pregnancy
BPH
NSAIDS/Ibuprofen especially with dehydration
Pseudohematuria due to drugs (Levodopa, Nitrofurantoin, Rifampin, Septra), vegetable dyes, beets, berries

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
20
Q

Management of renal trauma

A

Conservative - monitoring, bed rest til hematuria resolves
Surgery if hemodynamically unstable

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
21
Q

Complications of renal trauma

A

The leading complication is extravasation of urine and infection of this urinoma

Early (acute, <1 mo):
worsening flank pain, uncontrolled bleeding, abdominal distention

Late:
Page kidney phenomenon/arterial hypertension (up to 40% of cases): extrinsic compression of renal parenchyma leading to intrarenal ischemia and activation of the renin-angiotensin system
Hypertension and renal impairment develop and can occur in native kidneys and renal allografts.
Hydronephrosis, stones, chronic pyelonephritis

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
22
Q

Causes of hematuria in sport

A

Exercise induced hematuria
Trauma
Hypoxic damage to nephron

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
23
Q

Hx + sx for hematuria

A

EIH is most pronounced on first void
Relation of hematuria to stream (beginning, throughout, at end)
Flank trauma or pain, frequency, urgency, nocturia, dysuria
Prior stones, UTI, vaginal or penile discharge, sexual activity, relation to menstruation
Recent sore throat
Fever, rashes, wt loss

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
24
Q

Physical for hematuria

A

Usually normal exam for EIH
Vitals
Abdo + flank exam
Genitourinary exam

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
25
Management of hematuria associated w/ exertion + RTP
Step 1: If pt <40 y/o, observe + repeat UA in 48hrs If normal, no further ix warranted If hematuria persists, move to step 2 Step 2: urine culture, Cr, eGFR, PT, PTT, CK If normal, move to step 3 Step 3: cystoscopy If normal, proceed to step 4 Step 4: US or CT KUB If normal, consider renal arteriogram or renal biopsy RTP 48hrs if hematuria has resolved
26
Risk factors for malignancy/urologic cancer in hematuria
age >40 years, tobacco use, analgesic abuse, pelvic irradiation, occupational exposure to dyes or rubber compounds, constitutional symptoms (weight loss, fatigue, anorexia)
27
What is exercise induced proteinuria?
Transient increase in urine protein, resolves over 24-48hrs D/t increased glomerular permeability
28
What are the 3 categories of proteinuria?
Glomerular: Increased filtration of macromolecules across the glomerular capillary wall Seen with mild-to-moderate exercise Tubular: Decreased resorption of filtered proteins Seen in strenuous exercise in combination with glomerular proteinuria Overflow: Increased production of low-molecular-weight proteins (e.g., multiple myeloma) Unless preexisting condition is present, not seen in exercise-induced proteinuria
29
Hx qs for exercise induced proteinuria
Exercise type, intensity, duration Hx of renal dz Hx of recent illness
30
Physical for exercise induced proteinuria
Signs of underlying renal dz: Elevated blood pressure (BP) Peripheral edema Flank pain Abdominal bruits
31
Ix for exercise induced proteinuria
UA CBC, Cr, eGFR If persistent, renal US
32
DDx of proteinuria
Orthostatic proteinuria (elevated protein when upright) Fever Stress Pregnancy Szs Glomerular causes (e.g., minimal change disease, membranous glomerulonephritis) Tubular causes (e.g., hypertensive nephrosclerosis) Overflow (e.g., multiple myeloma, hemoglobinuria) Postrenal causes in patients with inflammation of the urinary tract (e.g., urinary tract infection (UTI), nephrolithiasis, tumors)
33
Sx + hx qs for anemia
Symptoms: Fatigue, weakness, decrease in performance, light headedness, palpitations, SOB, pica (iron), paresthesias (B12) Diet (vegetarian, restrictions, gluten free, meat, leafy greens) Menstrual history in females Blood in stool, melena, bowel habits, bloating & gas Hematuria Family history (Celiac, bleeding disorders)
34
Physical for anemia
Pallor-check conjunctiva Flow Murmur Tachycardia Abdominal/rectal exam if appropriate
35
Ix for anemia
Fatigue work-up: CBC, ESR, ferritin, serum iron, TIBC, B12, folate, TSH, peripheral smear (optional: B-HCG, monospot, drug screen, Hep screen) If suspect GI cause then stool for occult blood, endoscopy/colonoscopy Celiac screen if GI symptoms or FHx: TTG Urinalysis, C&S if hematuria Retic count Stools for occult blood
36
DDx of anemia
Microcytic: Iron deficiency Thalassemia ACD Normocytic Iron deficiency ACD B12 or folate def Drug induced Infection Liver dz or alcohol use Hemolysis Hypothyroidism Macrocytic B12 or folate def Drug induced MDS Liver dz or alcohol use Hypothyroidism High retic count
37
Management of anemia
Treat cause! (dietician if poor diet, OCP if heavy periods, gluten free diet etc.) Iron supplementation for iron deficiency anemia Ferrous fumarate 300 mg OD-BID, ferrous sulphate or gluconate 300mg BID-TID, Hb should increase by 1g/dL per week. If not then check retic count Continue therapy for at least 3 months then monitor. IM iron can increase Hb faster but no proof that improves performance.
38
Hx qs for palpitations/ ?pSVT
Syncope - rest or exertion? Associated symptoms: chest pain, dyspnea, lightheaded, n/v, diaphoresis, syncope Symptoms of hyperthyroidism (increased energy, diarrhea, increase appetite, ophthalmopathy) Caffeine intake Smoking Drug and alcohol use inc cocaine Eating disorder Stress Fever Meds: cold or flu meds inc ephedra
39
Physical for palpitations/ ?pSVT
Vitals Listen to heart sounds - dynamic (supine + standing) Peripheral pulses Listen to chest Check thyroid
40
Ix for palpitations
12 lead ECG + Holter Echo Exercise stress test CBC, lytes, TSH
41
DDx for palpitations
Anxiety disorder, panic attacks Angina Costochondritis Neurocardiogenic syncope Heat stroke Seizure Thyroid dysfunction
42
Management of pSVT
Reassure Avoid caffeine, alcohol, tobacco, stress Educate re: valsalva, carotid massage Consider ablation if symptomatic BB are banned in some competitive sports If symptoms controlled, no restrictions to sport participation
43
Sx of angina
Left shoulder pain Relieved w/ rest Associated sx: SOB, pre syncope, N/V, palpitations, sweating
44
Ix for angina
ECG Stress test Cholesterol, glucose
45
RF for angina
Smoking, cholesterol, HTN, fam hx
46
Management of angina
Rx GTN Referrals Cardiology FU Go to ED if sx not resolving FU w/ GP
47
BMI for obesity
>30
48
Secondary causes of obesity
Hypothyroidism Hypercortisolism Hypothalamic dysfunction Growth hormone deficiency Prader-Labhart-Willi syndrome Bardet-Biedl syndrome Pseudohypoparathyroidism Polycystic ovary syndrome (PCOS) Hypogonadism Insulinoma Menopause
49
Primary causes of obesity
Socio economic factors, genetic factors, insulin resistance, poor diet, insufficient activity, insufficient sleep, associated medical illnesses, medications, smoking session, excess alcohol intake
50
Hx qs for obesity
Wt history Diet Eating patterns Exercise Mental health
51
Physical for obesity
BMI Waist to hip ratio Thyroid exam
52
Ix for obesity
CBC, fasting glucose, LFTs, lipids, TSH, T4, morning cortisol, UA, a1c DEXA body fat composition
53
Management of obesity
Diet: calorie restricted/low-fat or low carb. Reduce sugar sweetened drinks, reduce starchy foods, reduced processed grains, reduce foods with hidden sugars. Behavioural therapy. Medications: appetite suppressants (phentermine, liraglutide) or orlistat (pancreatic + gastric lipase inhibitor) Bariatric surgery (gastric banding, gastric bypass, gastrectomy) Exercise prescription Moderate intensity 5-6 days per week, 45-60mins Focus on large muscle group aerobic activities
54
How to manage obesity in a population (i.e. public health measures)
Inform and educate people, counselling and healthcare, healthy urban design, improving food and drink supply, marketing restrictions, labelling and packaging, incentives for healthy living, school meals
55
What is included in prescription
Physical activity recommendations - frequency, intensity, time, type Progression Exercise is good for mental health Improving fitness is more important than losing weight
56
Lifestyle modifications for losing weight
Brisk dog walks Take stairs Park far away Yard work Cleaning w/ weights
57
Advice to prevent GI symptoms before exercise.
Train at least three hours after a meal Limit fat and protein content in the meal before exercise. Prevent dehydration eat small amounts before and during exercise. Avoid high fibre foods prior to competition. If pre-comp anxiety is likely cause, see sports psychologist
58
Exercise recommendations + considerations in diabetes
Aim to expend at least 1000 calories/ week Progressive resistance training with lower resistance + intensity, use major muscle groups Check sugars pre + post exercise and during if prolonged Reduce insulin that will be acting at time of exercise Exercise approximately 60 mins after meal Increase carb intake pre + post exercise Avoid injecting sites involved in activity Wear medic alert bracelet Educate on signs of hypoglycemia Always have supply of fast acting glucose Exercise with a buddy
59
Exercise recommendations + considerations in diabetic peripheral neuropathy, autonomic neuropathy + proliferative retinopathy
Peripheral neuropathy Avoid trauma to feet, non wt bearing activity preferred Autonomic neuropathy Recommend exercise testing to document BP, HR, temp, blood sugar response Emphasise Borg scale of rating perceived exertion Proliferative retinopathy Avoid activity that may increase BP >180 + avoid scuba diving
60
Exercise recommendations + considerations in HTN
Recommend moderate aerobic activity 2.5 hrs per week Muscle strengthening >2 days per week once aerobic fitness has improved Daily flexibility Start slow, slow cool down, avoid breath holding, avoid head lower than heart exercises Stop if feeling dizzy, sick, unwell FU w/ doc if getting CP, palpitations, SOB, blackouts
61
Exercise recommendations + considerations in arthritis
Focus on functionality exercises Repeated short bouts of low intensity activity daily Exercise affected joints with pain free ROM Avoid overstretching Avoid vigorous, repetitive exercise on affected joints Avoid morning exercise in RA
62
Exercise recommendations + considerations in peripheral vascular dz
Exercise stress test first
63
Exercise recommendations + considerations in osteoporosis
Moderate impact within limits of pain 4-5/wk High intensity resistance training 2/wk Balance training 4/ wk Avoid deep forward spine flexion. Avoid explosive movements and high impact loading + dynamic abdo exercise
64
Exercise recommendations + considerations in pulmonary dz
Daily exercise Walking strongly recommended PRT with emphasis on shoulder girdle and inspiratory and upper extremity muscles is important
65
Exercise recommendations + considerations in obesity
Focus on daily activity that use large muscle groups and increase total energy expenditure Equipment modifications Hyperthermia risk increases, emphasize importance of hydration + proper clothing
66
Exercise recommendations + considerations in cancer
Slower progression needed. Maybe immune compromised so should avoid public gyms and swimming pool Heart rate may be less reliable for monitoring intensity Patience with lymphoedema should wear compression sleeves during resistance training Several short of exercise may be better than one single bout Increased risk of fractures due to bony mats Patients undergoing radiation should avoid chlorine exposure
67
Exercise recommendations + considerations in the elderly
Aerobic exercise five days a week, resistance training two days a week, balance three days a week and flexibility twice a week
68
Exercise recommendations + considerations post MI
Check CI Stress test + echo
69
Activity suggestions for rigidity in Parkinson’s
Kayaking, golfing, side bends, bow and arrow, rowing, latissimus pulldown, yoga, chest stretches
70
Activity suggestions for impaired sensory integration in Parkinson’s
balance on different surfaces, reduce reliance on vision and external cues stability exercises, exercises with eyes closed, exercises with head turns
71
Activity suggestions for bradykinesia in Parkinson’s
Walking, agility exercises, lunging
72
Activity suggestions for hypokinesia (small movements, narrow base) in Parkinson.
Boxing, kettlebell swings
73
Activity suggestions for akinesia (freezing) in Parkinson’s
Obstacle courses, quick tens in corners, lunging, boxing, kettle bell swings.
74
Activity suggestions for impaired balance.
Stability ball exercises, kettlebell, lunging, tai chi, boxing
75
What are important considerations for physical activity for people with MS?
Uhthoff’s effect can cause worsening of neurological symptoms if body temperature rises, therefore environment is important, call shower before and after, wearing cooling vest, activities are good
76
What are important considerations for physical activity for people with epilepsy?
Climbing, flying, hang gliding, shooting, diving, archery, skydiving and motor racing all contraindicated. Skiing, cycling and swimming or contraindicated unless under supervision.
77
What conditions is exercise contraindicated?
Myocarditis, cardiomyopathy, coronary artery anomalies, vascular Ehlers Danlos
78
What is PAR-Q?
Questionnaire for ages 15-69 to assess readiness to exercise
79
Describe the health benefits of regular physical activity?
Reduced risk of premature death, cardiovascular disease, stroke, high blood pressure, high cholesterol, type two diabetes, gestational diabetes, metabolic syndrome, depression and anxiety. Reduced risk of bladder, breast, colon, endometrial, esophageal, renal and gastric cancer Prevention of weight gain, decreased pain improved physical function in arthritis, prevention of fools, improve cognitive function, improve to sleep quality, lower risk of hip fracture and lung cancer, increased bone mineral density
80
What are the risks with physical activity?
MSK injuries including strains, tears, fractures, tended of these, dislocations and bursitis. Rhabdomyolysis, acute M.I, malignant arrhythmias, sudden cardiac death. Exercise induced bronchoconstriction. Heat stroke, dehydration.
81
What are the five A’s of behaviour change?
Assess, advise, agree, assist, arrange.
82
Describe resistance exercises by body region.
Chest and shoulders: push-up, bench press, overhead press Back: pull up or chin up, latissimus pulldown, bent over row Core: plank, side plank, bicycle crunch Arms: arm, tricep pull down Lower body: squats, dead left, seated leg press, side leg raise, car raise
83
Describe the WHO recommendations for physical activity
150 minutes of moderate intensity aerobic activity through the week. Aerobic activity should be in about at least 10 minutes. Muscle strengthening activities involving major muscle groups on two or more days a week. Adults over 65 with poor mobility should perform activity on three or more days a week to enhance balance and prevent falls
84
How can intensity be measured?
Rating of perceived exertion (RPE) Heart rate Oxygen consumption (VO2 max)
85
Strategies to minimise sedentary behaviour.
Reduce all forms of screen time. When using a screen, schedule five minute breaks every 45 minutes to go for a walk during TV ads, perform exercises. Only watch TV when on a stationary bike or treadmill Walk to work Park further away Take the stairs Standing desk
86
What are the barriers to physical activity?
Physical ailments or chronic conditions Fear of becoming injured. Lack of time. Lack of knowledge Self-consciousness. Low social economic factors Lonely safety Poor weather Lack of walking and cycling networks Lack of open public greenspaces Financial costs Transport Lack of availability or access to physical activity programs Lack of motivation Low self efficacy
87
Sx of pneumothorax
SOB Localised chest pain, worse w/ deep inspiration - may radiate to neck, back, shoulder or abdo May be asymptomatic
88
Physical for pneumothorax
Decreased/ absent breath sounds on affected side Decreased tactile fremitus Unequal expansion of chest w/ inspiration Hyperresonance to percussin SC emphysema Tension pneumothorax: distended neck veins, displacement of cardiac apex beat to non affected side, deviation of trachea to non affected side
89
RF for pneumothorax
Tall, thin, young, males Smoking Substance use (heroin, ecztasy, marijuana, cocaine) Underlying lung dz (COPD, CF, TB) Connective tissue disorder (Marfans) Trauma (commonly first 4 and last 2 rib #, multiple rib #, flail segments, scapular #)
90
Ix for pneumothorax
CXR - upright PA + lateral chest films White visceral pleural line seen Rib XRs ECG - right axis deviation, decreased QRS amplitude, precordial T wave inversion
91
DDx for pneumothorax
Lung contusion Costochondral separation Muscle strain #
92
Management of pneumothorax
Support ABCs O2 Semi-Fowler position Needle decompression w/ 18G into 2nd IC space at midclavicular line If small, no chest tube needed - just monitor for min 6 hrs, FU CXR in 12-48 hrs If large, pleural aspiration If this fails, or if pt unstable, insert chest tube (16-22Fr) Use lidocaine If hemothorax, insert chest tube VATS indications: If pleural aspiration fails Recurrent primary spontaneous pneumothorax after chest tube insertion
93
Air travel recommendations in pneumothorax
CI in presence of acute, unresolved pneumothorax No travel for 2-3 wks after radiographic resolution of pneumothorax
94
RTP after pneumothorax
3-6 wks
95
Prevention of recurrent pneumothorax
avoid scuba, contact sports + trauma
96
What is athletic heart syndrome?
Benign condition of physiologic adaptation d/t increased cardiac workload
97
Physical exam findings in athletic heart syndrome?
Bradycardia, midsystolic murmurs which resolve w/ valsalva, 3rd + 4th HS
98
ECG findings in athletic heart syndrome?
Sinus brady Early repolarization: J-point elevation, ST elevation, J waves, or terminal QRS slurring in the inferior and/or lateral leads Normal when present in isolation Juvenile T wave inversion in leads V1-3 Sinus arrhythmia: Physiologic heart rate variation associated with respirations (increased with inspiration; decreased with expiration) Resolves with onset of exercise Junctional escape rhythm: QRS rate faster than resting P wave Regular R-R interval Sinus rhythm should resume with activity. 1st degree or Mobitz 1 2nd degree AV block present at rest Increased QRS voltage (LV hypertrophy) Incomplete RBBB
99
Echo + CXR findings in athletic heart syndrome?
Echo findings Biventricular hypertrophy CXR findings Cardiomegaly Globular appearance Increased pulmonary vascular markings
100
What are borderline ECG findings?
Left axis deviation Left atrial enlargement Right axis deviation Right atrial enlargement Complete RBBB
101
What should you do with borderline ECG findings?
In isolation, no need for further evaluation. Two or more, further evaluation needed
102
Possible cardiac causes and evaluation needed for syncope or presyncope during exercise?
Cardiomyopathy, congenital coronary artery anomalies, ion channel disorders (eg Brugada) ECG, echo, stress test, consider cardiac MRI
103
Possible cardiac causes and evaluation needed for exertional chest pain?
Coronary artery arthrosclerosis, congenital coronary artery anomalies, cardiomyopathy ECG, echo, stress test, consider cardiac MRI
104
Possible cardiac causes and evaluation needed for palpitations?
SVT, ventricular arrhythmias, premature atrial and ventricular contractions, sinus tachycardia, cardiomyopathy, ion channel disorders ECG, echo, stress test
105
Possible cardiac causes and evaluation needed for excessive SOBOE?
Cardiomyopathy, myocarditis ECG, echo, stress test, consider pulmonary function testing
106
Preferred anti-hypertensive in athletes?
ACE inhibitors
107
Describe exercise induced laryngeal obstruction + what symptoms pt gets
Abnormal adduction of vocal cords during exercise Throat tightness, choking, SOB, cough, wheeze, worse during maximal exertion, resolves after five minutes. Inspiratory stridor No sx outside of exercise
108
Evaluation + management of vocal cord dysfunction
Laryngoscopy (direct during exercise) manage underlying factors (postnasal drip, GERD, laryngeal polyps) Education SLP for breathing + postural techniques
109
RF for septic arthritis
Recent joint injection or surgery Trauma RA OA Joint replacement IVDU Intravascular devices STI risk Diabetes, immunocompromised Young or old
110
Sx + hx qs for septic arthritis
Rapid onset for arthritis but can be insidious w/ bursitis Knee > hip > shoulder, ankle, wrist, elbow Fever/ chills Recent infection elsewhere (URTI, UTI, strep throat, PNA, STD, diarrhea)
111
Physical for septic arthritis
Hip held in flexed + externally rotated position Febrile, tachycardic Warm, swollen joint Reduced ROM Pain
112
Ix for septic arthritis
Blood culture, CBC, CRP, uric acid, blood glucose Aspirate for gram stain, culture, leuks, glucose, crystals. PCR if ?lyme dz
113
DDx for septic arthritis
Cellulitis Allergic reaction to injection Reactive synovitis Gout Pseudogout RA Osteomyelitis Lyme disease
114
Management of septic arthritis
Admit Empiric broad spectrum abx (ceftriaxone if gram negative, vancomycin if gram positive) 4 wks Assess therapeutic response w/ serial synovial fluid analysis
115
Complications of septic arthritis
Death Impaired joint function Septic necrosis Ankylosis Osteomyelitis
116
How to do subacromial aspiration
Clean skin Freeze w/ lidocaine (25G needle) Find the posterior tip of the acromion and insert 18G needle about 1 cm below that landmark Completely advance the needle in a perpendicular direction under the acromion, aiming in a slightly cephalad direction
117
Synovial fluid interpretation
Normal Transparent, clear WBC <50 / <200 <25% polymorphonuclear leukocytes Negative culture Glucose similar to serum Noninflammatory Transparent, yellow WBC 50-1000 / 200-300 <25% polymorphonuclear leukocytes Negative culture Glucose similar to serum Inflammatory Translucent to opaque Yellow to opalescent WBC 1000-75,000 / 300-50,000 >50% polymorphonuclear leukocytes Negative culture Lower than serum Purulent Opaque Yellow to green WBC >75,000 / >50,000 >75% polymorphonuclear leukocytes Positive culture Much lower than serum Hemorrhagic
118
RF for osteomyelitis
Open or compound fracture Surgical manipulation (orthopedic, colorectal, genitourinary procedures) Intravenous (IV) drug abuse Immunosuppression (AIDS, chronic steroid use) Peripheral vascular disease/peripheral neuropathy (diabetes mellitus) Sickle cell disease Genitourinary or biliary tract infection Chronic joint disease Presence of prosthetic orthopedic device Low socioeconomic status Infancy Elderly Alcoholism History of tuberculosis (Pott disease)
119
Sx of osteomyelitis
Fever, chills, fatigue Restricted ROM, pain, edema Limp Ulcers
120
Physical for osteomyelitis
Fever (temperature >100.4°F) but not always present Tenderness to palpation, swelling, erythema, warmth over involved area Fluctuance Decreased use of extremity, refusal to bear weight Limited movement of adjacent joint
121
Ix for osteomyelitis
CBC, CRP, ESR Blood culture Bone biopsy - gram stain, culture XR - osseous changes appear 2 wks after sx onset MRI if <2 wks sx
122
DDx for osteomyelitis
Acute leukemia Acute rheumatic fever Rheumatoid arthritis (adult or juvenile) Acute gout, pseudogout Cellulitis Malignant bone tumors (Ewing sarcoma, osteosarcoma) Septic arthritis Multiple myeloma (elderly) Sepsis Deep vein thrombosis, thrombophlebitis Intervertebral disk disorders Fracture Aseptic bone infarction Neuropathic joint disease (Charcot arthropathy) Transient synovitis
123
Management of osteomyelitis
Empiric abx - vancomycin + ciprofloxacin Duration Kids - 4 days IV then 4 wks PO Adults - 6 wks IV - can then do PO for 3-4mo if hardware is infected Surgery if abx fail or infected surgical hardware Hyperbaric oxygen may be helpful Immobilization of affected part
124
Complications of osteomyelitis
Include bone abscess, bacteremia, fracture, loosening of hardware, overlying cellulitis, and draining soft tissue tracts. Sinus tract formation may be associated with neoplasms, especially with long-standing infection: Squamous cell carcinoma (Marjolin ulcer) most common tumor associated with chronic osteomyelitis Recurrence
125
Cause of mono
Epstein Barr virus
126
Sx of mono + hx qs to ask
Prodrome of malaise, fatigue Sore throat, fever, lymphadenopathy HA LLQ pain Infectious contacts
127
Physical for mono
Fever HEENT Exudative pharyngitis Enlarged cervical, axillary, inguinal lymph nodes Palatal petechiae Periorbital edema Hepatomegaly, percussion tenderness common Splenomegaly
128
Ix for mono
Labs - CBC, liver function >50% lymphocytes 10% atypical lymphocytes Mono spot - repeat 1 wk later - if negative but strongly suspicious, do IgM ab to EBV Throat C+S US abdo for spleen size
129
DDx for mono
Primarily must be differentiated from nonspecific viral syndromes, lymphoma, leukemia, and Streptococcus pharyngitis. Concomitant Streptococcus infection is not uncommon. Many infectious agents may cause mononucleosis-like syndromes: cytomegalovirus, adenovirus, hepatitis A, human herpesvirus 6, HIV, rubella, toxoplasmosis. Medications causing mononucleosis-like syndromes: phenytoin, sulfa drugs
130
Management of mono (exc RTP)
Supportive Prednisone if impending airway obstruction from ++ tonsils, or enlarged spleen, myocarditis or hemolytic anemia Avoid alcohol Infectious precautions Discuss splenic rupture sx Avoid amox - gives rash
131
RTP for mono
As soon as asymptomatic for light, non contact sport (usually 3 wks) 1mo for contact unless splenomegaly evident or ongoing sx, consider US at 1mo before RTP <12cm normal spleen size Spleen to kidney ratio should be <1.25
132
Complications of mono
Airway obstruction PNA Szs, meningoencephalitis GBS Hemolytic anemia, thrombocytopenia Bacteremia Hepatitis Splenic rupture
133
Ix for traveler’s diarrhea
Stool cultures Peripheral blood smear
134
Management of traveler’s diarrhea
If <5% dehydration - give oral rehydration If >5% dehydration - IV NS Ciprofloxacin 500mg PO BID x3/7 OR azithromycin 1000mg PO x 1 dose Imodium (consider for comp) Pepto bismol
135
Prevention of traveler’s diarrhea
Pepto bismol 2 tabs at meals + 2 tabs QHS - take while on trip - reduces risk by 65% SE: darkening of stool + tongue Don’t take longer than 4 wks Interferes w/ doxycycline (used as a malaria prophylaxis - stagger meds)
136
Management of bleeding during play
Leave playing field, only return once given medical clearance (bleeding controlled, lacerations covered) Uniform should be disinfected or changed if bloody
137
RTP for hep B
Acute infection (fatigue, fever) - remove from play Remove from close combat sports until loss of infectivity known (HBV antigen - can last up to 20 wks) HBAg + - remove athlete indefinitely from contact sport
138
Recommendations to minimise transmission of blood infections
Hepatitis B vaccine Clean dressing rooms Washing soiled clothing, equipment, and services Avoid sharing towels and drinks Manage cuts and abrasions No sharing of razors and toothbrushes Cover broken skin Wear disposable gloves when coming in contact with blood
139
Advice to athletes to reduce viral URI infections
Keep stresses to a minimum Well balanced diet Avoid over training Adequate sleep Avoid rapid wt loss Keep hands away from eyes + nose Avoid sick contacts Moderate training decreases risk but intense training increases risk
140
What causes herpes gladitorum?
HSV 1 + 2
141
RF for herpes gladitorum
Abrasions or physical trauma increase the likelihood of acquiring infection. Physical and mental stressors (i.e., weight loss, sleep deprivation, competition, school responsibilities) may increase likelihood of recurrence. Close skin contact sports like wrestling
142
Sx of herpes gladitorum
Prodrome of burning, stinging, itching then clusters of vesicles Can get fever, lymphadenopathy, malaise, pharyngitis w/ initial episodes
143
Ix for herpes gladitorum
Viral culture or Tzanck smear PCR is gold standard
144
DDx for herpes gladitorum
Impetigo Herpes zoster Folliculitis Allergic or contact dermatitis Tinea gladiatorum Cellulitis
145
Management of acute herpes gladitorum
Acyclovir 200 mg 5 times a day or 400 mg TID for 10 days Valacyclovir 1 g BID for 10 days During the ulcer stage, benzoyl peroxide and use of a hair dryer can help dry crusts more rapidly and minimize secondary bacterial infections.
146
RTP for herpes gladitorum
Scabbed over, no discharge, no evidence of secondary bacterial infection No new lesions in 48-72hrs No lymph node swelling in affected area Primary episode - should be treated for 5 days before RTP, 14 days if systemic sx present Recurrent episode - should be treated for 5 days
147
Prevention of herpes gladitorum
Isolate infected wrestler to prevent skin contact with other wrestlers (control outbreaks among previously infected wrestlers). Regular wrestling matt cleaning and general hygiene (e.g., avoid sharing towels, soap, razors) Consider using prophylactic antiviral medications during the season or before competition Acyclovir 200 mg BID Valacyclovir 500 mg or 1 g daily Famciclovir 250 mg BID Teach skin hygiene (e.g., showering after activity), and protect other skin abrasions from secondary contact. Educate athletes on how to identify lesions/recurrence, and seek early treatment
148
Types + differences for impetigo
bullous + non bullous Bullous Caused by epidermolytic toxin from S. aureus Favors intertriginous areas Is a localized form of scalded skin syndrome Starts as a vesicular eruption that develops into bullae and then may rupture to form honey crusts Non bullous more contagious Caused by S. aureus and group A β-hemolytic streptococcus (GAS) Starts as macules or papules and progresses to vesicular eruption, which rupture to form erosions with honey crusts
149
RF for impetigo
Abrasions or cuts Sweat or water soaked clothes Poor hygiene
150
Prevention of impetigo
Avoid sharing equipment, towels, tape, and ointments. Avoid dispensing ointments from common containers. Clean equipment and clothes daily. Shower immediately after sports activity with antibacterial soap. Avoid communal hot tubs. Wear moisture-wicking, synthetic clothing. Discourage body shaving in contact sports. Frequent skin checks by athletic trainers and athletes in contact sports Frequent handwashing by athletic trainers and affected athletes Cover any injured skin immediately. Use topical triple antibiotic for skin wounds
151
Sx of impetigo (for both types)
Bullous: Starts with superficial vesicles, which progress to flaccid bullae without surrounding erythema When the bullae rupture, they ooze and create honey-colored crusts. Self-limited and may spontaneously resolve in weeks if left untreated Nonbullous: Starts as a single macule or papule that develops into a vesicle Vesicle may rupture and form an erosion, and the contents become honey-colored crusts that are often pruritic. May spontaneously resolve without scarring if left untreated for weeks
152
Management of impetigo
Soak affected skin in warm water for 5 to 10 min 3 times daily until cleared. Gently remove honey-colored crusts to improve antibiotic penetration. Topical mupirocin BID x5 If widespread, add amox-clav or keflex x7/7 If MRSA, clindamycin x7/7
153
RTP for wrestling for impetigo
Oral abx x72hrs No new lesions for 48hrs No moist or exudative lesions
154
Complications of impetigo
Poststreptococcal glomerulonephritis up to 3 wk after skin infection: Occurs in 20% of nonbullous-type impetigo Risk not decreased with antibiotic treatment Hyperpigmented area after healed lesions mostly in dark-skinned athletes Cellulitis Lymphangitis Guttate psoriasis Toxic shock syndrome Staphylococcal scalded skin syndrome Sepsis Osteomyelitis Pneumonia
155
RTP + management of carbuncles, abscess, folliculitis etc for wrestling for
RTP: 72 hrs of treatment, 48 hrs of no new lesions, lesions cannot be draining Carbuncle/ abscess - needs I+D
156
RTP for contact sports + management of molluscum
Watchful waiting - usually resolve within 6-12mo Can use LN2, curettage, salicylic acid Wait 24hrs after lesions resolve to compete in contact sports
157
Rx + RTP for tinea pedis
Rx w/ topical terbinafine 1% BID x1 wk If severe or extensive, oral terbinafine 250mg daily x2-6 wks No limits for RTP Educate re footwear in showers, drying, don’t share towels
158
Rx + RTP for tinea corporis
Rx w/ topical clotrimazole 1% or terbinafine 1% BID x2-4 wks oral/topical antifungal tx x 72 hrs on skin + lesions must be covered
159
Rx + RTP for tinea capitis
Terbinafine 250mg PO daily x4 wks oral/topical antifungal tx x 14 days on scalp
160
Rx + RTP for tinea cruris
Jock itch Rx w/ topical clotrimazole 1% or terbinafine 1% BID x2-4 wks oral/topical antifungal tx x 72 hrs on skin If coverable, and under treatment, can participate earlier
161
RTP for Hiradenitis suppurativa in wrestling
No extensive or purulent draining lesions, covering not permissible
161
RTP for verruca
If cannot be covered, cannot wrestle Solitary or scattered lesions can be curetted prior - no seeping
162
Management of closed blister + open blister
drain fluid w/ needle + syringe, inject space w/ diluted betadine, leave until stinging stops then drain betadine. Create foam donut and place around blister, cover hole in middle w/ 2nd skin, secure dressing w/ tape Management of open blister Clean, dry, leave open when not training, offload w/ foam donut when training
163
What should be included in a pre season medical?
Family history Screen for RED-S Screen for CV dz (syncope, palpitations, signs of marfans) Provide education, counselling, intervention for general wellness and injury prevention
164
What are training related ECG changes?
Early repolarisation Incomplete RBBB Sinus bradycardia First degree AV block Voltage criteria for LVH
165
What are the issues with screening ECGs?
High false positive rate Lack of qualified interpreters of young athlete ECGs
166
What to include when making travel plans as a team doc
Athletes + staff PMH Injuries Illnesses Allergies - epi pen Med list Ensure no banned substances Meds in original bottles Immunisations Dental check up Medic alert bracelets Passport expiry dates Visa requirements Medical insurance Emergency contacts Food + water Avoid uncooked foods, unpeeled veggies, street food, unpasteurised dairy Bottled water only Avoid ice cubs Wash hands w/ alcohol gel Hygiene + infection control No fresh water swimming Walk in shower w/ sandals Mosquito repellant, long sleeve shirts No contact w/ animals General Advice Sun protection No tattoos Safe sex, condoms Doc + supplies Malpractice insurance Contact host medical, embassy, hospitals, physicians Disaster planning Transfer of care/ medical records Forms (Wada list, TUE, rx pad, encounter notes, SCAT6) Jet lag Sleep Nutrition Acclimatisation Travel Hydration illness prevention Med bag Cover letter for medical kit Prophylaxis meds (malaria, altitude, travels diarrhea, probiotics, STIs) Be familiar with medical kit Post trip Check in re illness
167
What immunisations are recommended for travel
MMR TdaP Varicella Hep B Hep A Meningococcal HPV BCG Cholera Japanese encephalitis Rabies Tick borne encephalitis Influenza Post splenectomy - add: Pneumovax HiB
168
What factors should you think about when making travel plans
Location Urban/ rural, domestic/ international Proximity to local medical resources Medical conditions (malaria, zika) EAP for each venue Customs/ regulations/ culture Different anti doping rules Language Environment Climate, altitude Sport Athletes, gender, age, support staff Communication Between athletes + staff SIM card/ internet access
169
What should be included when thinking about event planning?
Who Athletes Numbers Skill level Ages Prior information Crowd Numbers Seated or mobile Medical care Staff - ratio of staff to participants Roles Medical AT, chiro, PT, RMT, ED doc, sports med doc Notify ED dept Credentials Attire What Sport Type of event Most common type of injury Duration of event Where Venue Med room, change rooms AED location Meal areas Fenced or unfenced, access points Paramedics, access points + exit, aid stations Medical Local ED Environment Weather - temp, humidity Altitude, water, terrain How Procedures: Roles Call, charge, control Scope of care When to send for further care Location of medical staff, aid tents etc Record keeping Orientation Practice scenarios EAP Transportation Weather, appropriate vehicle, monitoring during transport, medical personnel on transport Equipment + supplies Communication radios, phones Universal signs Mitigate risks Ensure adequate access to water for athletes + spectators and communication strategy to stay hydrated Prevent exposure w/ water sprinklers, shade, advisories to wear a hat, blankets, heated areas Identify and fence off hazards, guide pedestrian flow to safer areas, adequate lighting, signage, ensure no overload of structures Worst possible scenario Disaster planning
170
What are the universal signs?
Arms crossed over chest - no help needed 1 arm raised straight in air - require extra assistance 2 arms raised + crossed overhead - activate EAP, require EMS
171
What equipment + supplies are needed for events?
General: chairs, tables, exam beds, stretchers, garbage, toilets, sheets, towels, curtains/dividers, disinfectant, gloves, masks, gowns, computer, paper/pens for documentation Diagnostics: stethoscope, BP cuff, O2 sat, POC glucose, POC Na, ophthalmoscope, otoscope, rectal thermometer Emergency: oral airways, resuscitation masks, AED, O2 tank and equipment, spinal board, ice water tub, water, ice, IV equipment, IV fluid (NS, 3-5% hypertonic solution, D50), glucose, electrolyte drinks, drinking cups, urine dipsticks, blankets Medications: epi 1:1000, dexamethasone, dextrose 50% (D50), cardiac meds (atropine, lidocaine), local anesthetic (xylocaine); salbutamol; ASA, APAP, NSAID, nitroglycerine, loperamide, antihistamine; lubricant for chafing, proparacaine (eye) Wound care: gauze, bandaids, tensors, tape, slings, disinfectant, splints, suture kits, syringes, needles, scalpel, scissors, eye pads, dental kit
172
What should be included in an EAP and when to activate it
Transportion from venue to medical facility Map of facility inc exits + access points, AED location, location of staff Addresses of facilities nearby Contact phone numbers, radio channels Call (calls 911, calls venue organizers, calls ahead to ED, calls athlete emergency contact), charge (enters field of play, in charge of medical care) + control person (controls crow, clears pathway for EMS) Identify + list emergency equipment + roles GPS coordinates for helicopter When to activate EAP? If athlete not breathing, no pulse, bleeding profusely, impaired consciousness, injured neck, back or head or visible major trauma to limb
173
How to reduce the risk in open water swimming
Mandate a maximum group size Regulate the start line/course with Time the gaps between waves Consider the number and visibility of boys Consider straight line distance before requiring swimmers to take a turn, allowing them to spread out Ask swimmers to select into waves of appropriate ability Facilitate a climatisation and anxiety reduction, including pre-race immersion Increase the amount of cover in the first part of the swim
174
Considerations for organising events in the heat
Adapt schedule (early AM or late PM) Communicate information to athletes about the weather and how to prepare Event modification in case of extreme environmental conditions (extra breaks, reduced climbing/ distance)
175
What is the criteria for a substance to be banned?
2 out of 3: Potential to enhance performance. Potential to be detrimental to health Violate the spirit of sport
176
What are the criteria for a therapy to be medically justified?
Pt requires it to stay healthy No reasonable alternatives Pt will not surpass a normal state of health
177
What are the types of violations?
Presence of a substance Use of a substance Evading or reducing Whereabouts failures Tampering Possession Trafficking Administration Complicity Prohibited association
178
What are the sanctions?
Suspension for 2-4 yrs to life
179
What is on the prohibited list?
Substances and methods prohibited at all times, in and out of competition Nonapproved substances, anabolic agents, peptide hormones, growth factors, beta 2 agonists, hormone and metabolic modulators, diuretics and masking agents Prohibited methods (in + out of comp) Manipulation of blood and blood components, chemical and physical manipulation, gene doping Prohibited classes of substances (in comp only) Stimulants, narcotics, cannabinoids, glucocorticosteroids Substances prohibited in particular sports beta blockers
180
Benefits + SE of EPO
Benefits Increases red blood cell (RBC) count → enhances oxygen delivery → improved endurance Used medically for anemia (e.g., CKD patients) Risks & Side Effects Cardiovascular: Thickened blood (polycythemia) → increased risk of DVT, stroke, MI Hypertension: Due to increased blood viscosity Flu-like symptoms: Headaches, fatigue Risk of undetected doping: Banned in most sports
181
Benefits + SE of Human growth hormone
possible increased growth, allergic reactions, acromegaly
182
Benefits + SE of beta 2 agonists
Possible anabolic effects, tachycardia, tremor, palpitations
183
Benefits + SE of Diuretics
Rapid weight loss, decreases concentration of drugs in urine Electrolyte imbalance, dehydration, muscle cramps
184
Benefits + SE of Stimulants
Increased alertness, improved performance Anxiety, insomnia, hypertension, arrhythmias
185
Benefits + SE of blood doping
Improved endurance, transfusion reaction, increase blood viscosity
186
What stimulants are banned?
ADHD meds, ephedrine, epinephrine, cocaine
187
What qs to ask in a hx when someone is using ergogenic aids or has qs about them
Training - duration, results, goals Diet - food groups, calories Meds + supplements Prior steroid use
188
Benefit vs adverse effects of steroids
Benefits Significant increases in muscle mass, strength, and endurance Faster recovery from training and injuries Risks & Side Effects Cardiovascular: Dyslipidemia (↑ LDL, ↓ HDL), increased risk of stroke and heart attack Endocrine: Hypogonadism, infertility, gynecomastia, virilization in females Hepatic: Liver toxicity, cholestasis (especially with oral steroids) Psychiatric: Mood swings, aggression ("roid rage"), dependence Musculoskeletal: Premature closure of growth plates in adolescents
189
What steroids are banned + what are the limits to use?
Systemic use prohibited - IM/IV/PO/rectal (rectally inserted hemorrhoid cream or suppository) Topical use allowed (derm or hemorrhoidal), local intra-articular injection allowed Inhaled allowed for asthma but daily max limit Symbicort, advair, combivent, serevent - max 200mcg/ 24hrs Singulair (montelukast) not prohibited
190
What are the restrictions on beta agonists + what are the exceptions?
LABA/ SABAs All are banned at all times Exceptions for inhaled salbutamol (1600mcg/ 24hr, not to exceed 800mcg/ 12 hrs) - 1 puff inhaler = 100mcg - 1 puff diskus = 200mcg Formoterol - max 54mcg/ 24hrs Salmeterol - 200mcg/ 24hrs
191
What are the IV fluid rules?
IV infusion >50ml in any 6hr period are prohibited unless: Used legitimately during hospital admission, surgical procedure or approved clinical investigation Prohibited at all times, in and out of competition
192
What sports ban beta blockers?
In + out of competition Archery Shooting In competition Ski jumping, freestyle, snowboard halfpipe + big air Automobile Billiards Darts Golf Underwater sports (spearfishing, target shooting)
193
What is the athlete biological passport?
To monitor selected biological variables over time that indirectly reveal effects of doping Hematological modules - profile of haem variables for detection of blood doping Steroidal modules - urinary steroid concentrations over time
194
What is information vs intelligence?
Information = knowledge in raw form Intelligence = information plus analysis
195
What is ADAMS?
Anti doping administration + management systems Monitor athlete’s whereabouts, biological passport, competition schedules, TUEs, prior tests
196
When is EtOH prohibited?
In competition for air sports, archery, automobile, powerboating
197
Epi pen rules in comp
Okay to use in emergency but WADA requires emergency TUE be submitted following treatment
198
When is a TUE needed + what is the duration it lasts for
Required before using prohibited substance or method Valid for duration of treatment, max 4 yrs
199
What is needed in an application for a TUE?
Form completed by athlete + physician Comprehensive medical hx Results of exams/ tests/ imaging/ investigations Independent medical opinion in the case of non-demonstrative condition Relevant correspondence between physicians regarding dx + rx
200
What is needed for a TUE for ADHD?
Dx by a specialist in management of ADHD Must have evidence of standard diagnostic criteria Evidence of sx onset before 12 Athlete ideally on stable dose of medication Evidence of other interventions (psych, behaviour management) Regular review (min annually) by the same specialist physician
201
What is the rule relating to diuretics + threshold substances?
Any quantity of substance subject to threshold limits (asthma, epherine, pseudoephidrine) in conjunction w/ diuretic (or masking agent) requires a TUE for both diuretic + threshold substance
202
What is the definition of heat stroke?
>40 + CNS sx
203
What conditions are treated with hormone + metabolic modulators?
Breast cancer, diabetes, female infertility, PCOS
204
How would you know if you need a TUE?
Use global DRO to check meds Use CCES website medical exemption wizard to find out what organisation to submit application to
205
How would you apply for a TUE?
Use CCES website medical exemption wizard to find out what organisation to submit application to (eg international federation vs CCES) Complete form, including physician letter + documentation to support diagnosis
206
What conditions are treated with anabolic agents?
Male hypogonadism
207
What conditions are treated with peptide hormones or growth factors?
Anaemia, male hypogonadism, growth hormone deficiency
208
What conditions are treated with stimulants?
ADHD, cold + flu sx, anaphylaxis
209
Give examples of anabolic agents
Testosterone
210
Give examples of peptide hormones + growth factors
EPO, LH, GnRH
211
Give examples of hormone + metabolic modulators
Letrozole, clomifene, tamoxifen, insulin
212
Give examples of diuretics + masking agents
Acetazolamide, spironolactone, HCTZ, furosemide, mannitol, desmopressin
213
Give examples of glucocorticoids + which routes are banned
IM, IV, PO, PR banned but inhaled, topical, intranasal okay Betamethasone, budesonide, prednisone
214
What is the definition of hypothermia
<35
215
What are chilblains?
Mild inflammatory lesions caused by exposure to cold after longterm exposure to non freezing, damp conditions Itch/ pain/ swelling + blanch able erythematous/ violet discolouration, occurs 12-24hrs after exposure
216
What is the management of chilblains?
Supportive Nifedipine can expedite healing + prevent recurrence
217
What is immersion foot (trench foot)?
Soft tissue injury from prolonged cooling, usually with moisture Tingling that progresses to numbness
218
What is the definition of high, very high and extreme altitude?
High = 1500-3500m Very high = 3500-5500m Extreme = >5500m
219
Describe the physiological changes that occur at altitude
Hypoxia causes hyperventilation which leads to respiratory alkalosis This leads to a compensatory metabolic acidosis Increased pH induces a leftward shift of Hb dissociation making it easier for Hb to be saturated w/ O2
220
What are the negative effects of altitude on the body which affects performance?
Decreased exercise tolerance Sleep quality reduced Appetite suppression Peripheral vasoconstriction leading to fluid retention Wt loss
221
What is snow blindness?
Photokeratitis High altitude has increased UV rays, worsened by reflection from snow, leading to transient eye injury Sx: pain, lacrimation, FB sensation, eyelid twitching
222
How do you diagnose + treatment snow blindness?
Increased uptake of fluorescein Cover eyes w/ UV protection (goggles), artificial tears, cold compress
223
Risks, benefits + SE of testosterone use
Benefits Increased muscle mass and strength Enhanced recovery from exercise Improved bone density Increased red blood cell production May improve mood and libido Risks & Side Effects Cardiovascular: Increased risk of hypertension, thrombosis, myocardial infarction Endocrine: Suppression of natural testosterone production, leading to testicular atrophy, infertility, and gynecomastia Psychological: Mood swings, aggression, irritability Liver: Risk of liver damage, particularly with oral forms Other: Acne, hair loss, prostate hypertrophy
224
What are the risks, benefits + SE of creatine?
Benefits Increased ATP regeneration → improved strength, power, and short-duration performance Promotes lean muscle mass gain May aid in post-exercise recovery Potential neuroprotective effects Risks & Side Effects Water retention (can cause weight gain) GI discomfort (bloating, diarrhea in some individuals) Kidney concerns in pre-existing renal disease (but safe in healthy individuals)
225
What are the risks, benefits + SE of casein protein?
Benefits Slow digestion → provides prolonged amino acid release (ideal for nighttime recovery) Supports muscle protein synthesis and recovery High in calcium and bioactive peptides Risks & Side Effects Dairy allergy/lactose intolerance → potential GI discomfort Excess intake may contribute to kidney strain (in those with pre-existing renal disease)
226
What are the risks, benefits + SE of whey protein?
Benefits: Rapidly absorbed, high in leucine → excellent for post-exercise recovery Supports muscle growth and repair Risks & Side Effects: Lactose intolerance may cause bloating, gas, diarrhea Kidney concerns in those with pre-existing renal disease
227
What are the risks, benefits + SE of essential amino acids?
Benefits: Stimulates muscle protein synthesis (especially leucine-rich EAAs) Beneficial for recovery and muscle maintenance Risks & Side Effects: No significant risks, but redundant if consuming adequate protein
228
What are the risks, benefits + SE of caffeine?
Benefits CNS stimulant → improves alertness, reaction time, endurance, and strength Enhances fat oxidation during exercise Reduces perceived exertion Risks & Side Effects Insomnia, anxiety, jitteriness Tachycardia, palpitations, increased BP GI distress (e.g., acid reflux) Diuretic effect (mild dehydration in excess) Withdrawal symptoms (headaches, fatigue)
229
What are the risks, benefits + SE of nitrates?
Benefits Enhances nitric oxide (NO) production → vasodilation, improved oxygen delivery May improve endurance and high-intensity exercise performance Risks & Side Effects Hypotension, dizziness (especially in individuals on antihypertensive meds) GI upset (bloating, nausea) Methemoglobinemia (rare but possible in very high doses)
230
What are the risks, benefits + SE of beta alanine?
Benefits Increases muscle carnosine levels → buffers lactic acid → delays fatigue in high-intensity exercise Beneficial for activities lasting 1–4 minutes (e.g., sprinting, rowing, wrestling) Risks & Side Effects Paresthesia (tingling sensation) → dose-dependent, transient, harmless No major long-term risks identified
231
What are the risks, benefits + SE of sodium bicarbonate?
Benefits Acts as a buffer, reducing muscle acidity and delaying fatigue Useful for high-intensity sports (e.g., swimming, sprinting, combat sports) Risks & Side Effects GI distress (bloating, nausea, diarrhea) → common at high doses Metabolic alkalosis (with excessive intake)
232
What is the treatment of hidradenitis suppurativa (general treatment, mild, mod, severe + resistant)?
general: wt loss, reduce friction mild: topical clindamycin, oral doxycycline for 3mo mod: Doxycycline x3 mo. consider spiro or Humira (biologic), I+D severe: wide excision, biologics resistant cases: oral Clindamycin + rifampin x3mo
233
Benefits of exercise in diabetes
May prevent or delay onset of T2DM in at risk people Weight loss/maintenance Increased insulin sensitivity Improved lipids, blood pressure, glycemic control Decreased cardiovascular disease Decreased overall mortality
234
Risks of exercise in diabetes
Hypoglycemia or hyperglycemia Foot injuries due to neuropathy Exacerbation of microvascular complications (eg. retinopathy) Injury due to autonomic dysfunction (eg. heat related illness)
235
What questions would you ask in a history of a T1DM pt?
History Insulin regimen Basal/bolus insulin type and dose Continuous subcutaneous insulin infusion (CSII) Compliance Glycemic control Hypoglycemia episodes/insensitivity Diet and calorie intake Current exercise Diabetic complications Peripheral neuropathy, retinopathy, nephropathy, foot ulcers
236
What are the exercise recommendations for children w/ diabetes?
Children and adolescents with diabetes (type 1 or 2) should engage in 60 min/day or more of moderate to vigorous intensity aerobic activity Include muscle and bone strengthening activities (resistance training) at least 3 days/week
237
Describe a diabetic diet
A diabetic diet is a healthy diet Aim for ≥50% of calorie intake from fiber-rich carbohydrate sources Limit saturated fats, refined carbohydrates, alcohol Aim for ≥5 portions of fruit or vegetables per day Spread food intake evenly across the day Snacks may be needed before, during, and after exercise to maintain blood glucose in a normal range Risk of nocturnal hypoglycemia after exercise may be mitigated with reduction in basal insulin dose or a bedtime snack
238
What are the recommendations regarding continuous SC insulin infusions in sports?
If using continuous subcutaneous insulin infusion (CSII) Reduce or stop insulin infusion during exercise to avoid hypoglycemia Pump should be removed for contact/collision sports and the catheter site protected Remove pump 30min before exercise lasting <1h Hourly bolus of insulin, approximately 50% of normal hourly basal rate, may be needed for exercise lasting >1h Blood glucose checks 2-3x at 30 min intervals prior to exercise Q30 min during exercise Q2h after exercise
239
What safety considerations should you think of with diabetic athletes?
Check blood glucose before and after exercise Determine a safe blood glucose range prior to exercising (5.5-13.9 mmol/L) Coaching staff should be aware that the patient has diabetes, know the signs/symptoms of hypoglycemia, and have a hypoglycemia EAP Have blood glucose monitor available Have sugar (15g per 30 min) available to treat hypoglycemia Wear appropriate, well-fitting shoes and good socks, check feet and legs after exercise to ensure no wounds (if neuropathy) Hydration is important during and after sport Medical alert bracelet Exercise with others
240
Describe tibialis posterior tendinopathy, stages
Overuse injury resulting in pain posterior to the medial malleolus Can be divided into 3 stages Stage 1: mild swelling, medial ankle pain, normal but painful heel raise Stage 2: flattening of arch, flexible hindfoot, inability to perform heel raise Stage 3: fixed hindfoot deformity
241
RF for tibialis posterior tendinopathy
Recent increase or change in training Surgical or accidental trauma to foot Severe pronation Local steroid injection (risk of tendon rupture) Associated with HTN, diabetes, obesity, RA, seronegative arthritis
242
Sx of tibialis posterior tendinopathy
Pain along posterior tibialis tendon, particularly near medial malleolus Recent change in activity type, frequency, or intensity Medial arch pain Radiation to medial calf Worse with prolonged or strenuous activity, push-off motion Painful or absent heel raise
243
Exam findings for tibialis posterior tendinopathy
Tender over posterior tibialis tendon, particularly near medial malleolus Medial ankle/foot swelling Flattened longitudinal arch Increased hindfoot valgus (too many toes sign) Pain/weakness with repetitive heel raises Pain/weakness with resisted inversion in plantarflexion
244
DDx of tibialis posterior tendinopathy
Flexor hallucis longus tendinopathy Flexor digitorum longus tendinopathy Subluxation/dislocation of tibialis posterior tendon Tarsal tunnel syndrome Stress fracture or fracture Medial ankle (deltoid ligament) sprain
245
Management of tibialis posterior tendinopathy
Relative rest Calf stretching Eccentric exercises Medial arch support (OTC or custom orthotics) Steroid injections not recommended Surgery rarely if failed conservative treatment, fixed deformity
246
What physical exam would you do in elderly pts for pre-exercise screening?
Orthostatic vitals Cardioresp Sit to stand in 30s Rombegs Tandem stance Time up + go (stand, walk 3m, turn, walk back + sit) <10s = normal, 10-20s good mobility but needs some assistance, >30s = poor mobility
247
What questions that a pt would answer on a PARmed-X would trigger needing further assessment?
heart condition CP during activity CP at rest loss of balance, dizziness bone or joint problem BP or heart drugs
248
What are the absolute CI to exercise?
AAA Aortic stenosis CHF unstable angina Acute MI myocarditis PE thrombophlebitis ventricular tachycardia acute infections
249
What are the relative CI to exercise?
Cardiac enlargement Supraventricular dysrhythmias Uncontrolled HTN HOCM Uncontrolled diabetes Uncontrolled thyrotoxicosis Complicated pregnancy
250
What is the advice for pts with severe CV dz when exercising?
Exercise testing first Slow progression of exercise May need to exercise under medical supervision
251
What is the advice for pts with severe lung dz when exercising?
Relaxation + breathing exercises Breath control Avoid hyperventilation
252
What medications could cause concern while exercising?
Hypovolemic meds (diuretics), hypotensive meds, cardiac meds, anticholinergics, altered LOC meds, anti-hypogylcemics, blood thinners
253
What is tarsal tunnel syndrome?
Tarsal tunnel syndrome (TTS) is a compressive neuropathy of the posterior tibial nerve as it passes through the tarsal tunnel, located on the medial side of the ankle beneath the flexor retinaculum.
254
Causes of tarsal tunnel syndrome
Intrinsic causes: Ganglion cysts, lipomas, varicose veins, hypertrophic flexor retinaculum Extrinsic causes: Trauma, fractures, excessive pronation, space-occupying lesions Systemic causes: Diabetes, inflammatory arthritis
255
Sx of tarsal tunnel syndrome
Pain and paresthesia in the medial ankle, heel, and plantar foot Symptoms worsen with activity and improve with rest
256
Physical for tarsal tunnel syndrome
Tinel’s sign: Tingling over the tarsal tunnel with percussion Passively dorsiflex the ankle and evert the foot while extending the toes; hold for 10–30 seconds - pain or paresthesias is a positive finding
257
Ix for tarsal tunnel syndrome
EMG, MRI
258
Management of tarsal tunnel syndrome
Conservative: Rest, orthotics (correct overpronation), NSAIDs, physiotherapy Invasive: Corticosteroid injections for inflammation Surgical: Tarsal tunnel release for refractory cases